ELECTRICITY

Fludia offers a range of BelSenso plug & play sensors for monitoring the electricity consumption of small and medium-sized buildings (between 100 and 3000 m²).

Intelligent and self-powered, our sensors use several optical reading technologies and are installed on all types of meters (electronic, electromechanical, smart).

Their goal: to accelerate your energy efficiency projects by facilitating remote reading, auditing or diagnostics, and enrich the service offering of your Smart Home and Smart Building solutions.

To buy our products, find some of our references on the shop Fludia shop.fludia.com, you can also contact us by mail sales@fludia.com or by telephone on +33 (0)1 83 64 13 90.

Connected Pack FM232 - LoRa LOCAL - Electricity & Temperature

The connected pack FM232e + FM232t + F-Link is a Plug&Play solution for collecting data (electricity & temperature) from small and medium buildings.

  • Universal: compliant with most meters
  • Plug & Play: self-installation (< 5mn) (< 5mn)
  • Granularity: 15-minutes or 1-minute measurement with LoRa Local
  • Evolutive: other sensors can be added later (up to 8 additional sensors)

Examples of implementation
  • Professionnals & Residential: electricity consumption and temperature monitoring.
References
  • Connected Pack_15 mn
  • Connected Pack _ 1mn
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FM332Log - Datalogger - Electricity

  • Universal: compliant with all electricity meters (electronic meters with flashing LED and electromechanical meters with rotating disk)
  • Plug & Play: non-intrusive installation in less then 3 minutes (optical reading of the meter, no electrical contact)
  • Precise: power curve in Watt, every minute
Examples of implementation
  • SME and real estate (100 et 500m²): real consumption monitoring of a building, optimization of subscriptions, understanding consumption
  • Communal buildings: consumption analysis and anomaly detection (power peak detection, activity period vs. inactivity, programming) finding potential savings
Reference
  • FM332Log
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FM432ir - IoT LoRaWAN infrared sensor - electricity

  • Plug & Play: non-intrusive monitoring solution
  • Universal: FM432_ir sensor with specific optical reading for infrared output. The sensor is dedicated to reading information delivered by an infrared communication port. This hardware is compatible with many international meters (for example, mME meters in Germany).
  • Communication: ensured connectivity to all LoRaWAN 1.0 networks
  • Accurate: high resolution measurement up to 1min
  • Self-powered: up to 8 years
  • Customized: multiple FM232 versions (interval 1mn or 15mn by default)
  • Data recovery in csv or json format

Examples of implementation
  • Residential: smart monitoring of electricity consumption, including rich content based on end-use disaggregation (NILM)
  • Solar self-consumption: help with the sizing of the installation with the analysis of the real consumption profile and the correlation with the simulated PV production curve.
Reference
  • FM432ir

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IMCir Internet Meter Connect - LoRa - Electricity

  • Plug & Play: non-intrusive monitoring solution
  • Universal: FM232ir sensor with specific optical reading for infrared output. The sensor is dedicated to reading information delivered by an infrared communication port. This hardware is compatible with many international meters (for example, mME meters in Germany). Possibility of extending the solution to other meters.
  • Communication: integrated LoRa point-to-point solution, connecting 1 FM232ir sensor to 1 F-link hub (Wi-Fi/Eth). Data is collected via the existing internet connection.
  • Customized: multiple FM232 versions (interval 1mn or 15mn by default, specialized formats and options on demand)
  • Data recovery in csv or json format

Examples of implementation
  • Residential: smart monitoring of electricity consumption, including rich content based on end-use disaggregation (NILM)
Reference
  • IMCir

FM432e - IoT LoRaWAN Sensor - Electricity

  • Plug & Play: non-intrusive optical reading technology
  • Communication: ensured connectivity to all LoRaWAN 1.0 networks
  • Accurate: high resolution measurement up to 1min
  • Self-powered: up to 8 years
  • Customized: multiple versions (1mn, 10 or 15mn, 1h) adapted to you remote reading requirement
Examples of implementation
  • Offices, retail stores: smart monitoring and budget optimization (power adjustment and floor consumption)
  • Residential: consumption analysis by use ("Disag" option), detection of main devices (frequency, hours of use, etc.)
  • Public lighting: budget monitoring, regulation monitoring and schedule programming
  • Solar self-consumption: help with the sizing of the installation with the analysis of the real consumption profile and the correlation with the simulated PV production curve.
References
  • FM432e (for electronic and electromechanichal meters)
  • FM432e – Linky (specific adapter)
  • FM432e – Disag (includes energy disaggregation and personalized tips)
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FM420 - IoT Sigfox Sensor - Electricity

  • Plug & Play: non-intrusive optical reading technology
  • Communication: ensured connectivity to Sigfox network
  • Self-powered: up to 8 years
  • Customized: multiple versions (10 or 15mn, 1h) adapted to your remote reading requirement
Examples of implementation
  • Office building (medium-sized buildings 500 to 1000 m²): smart monitoring (detection of energy savings) and budget optimization (power adjustment)
  • Residential: budget monitoring
  • Public lighting: optimization of maintenance and operating contracts
  • Photovoltaic installations: monitoring of production and consumption
References
  • FM420 (for electronic and electromechanical meters)

FM410 - GPRS Sensor - Electricity

  • Plug & Play: non-intrusive optical reading technology
  • Communication: ensured connectivity to all GPRS networks
  • Accurate: high resolution measurement up to 1min
  • Self-powered: up to 5 years
  • Customized: multiple versions (1mn, 10mn), customizable remote reading frequency
Examples of implementation
  • Office building (medium-sized buildings 500 to 3000 m²): consumption monitoring, highlighting the peculiarities of the curve (peak power, standby, period of activity vs. inactivity) and optimization of contracts
  • Community buildings: building energy monitoring as part of the Energy Performance Contract (EPC) which requires verification of the energy efficiency improvement levels of contractually defined constructions.
  • Photovoltaic installations: monitoring the production of large roofs and detecting fault in installed systems.
References
  • FM410e (for electronical meters)
  • FM410m (for electromechanical meters)